Kevin Folta

Professor University of Florida

  • Gainesville FL

Kevin Folta is an expert in biotechnology. He also farms and has a background in communication.

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University of Florida

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Biography

Kevin M. Folta is a professor researching plant molecular biology and genomics, with notable accomplishments in functional genomics in fruit crops and light contributions to controlled environments. He leads popular workshops in science communication for farmers, scientists and industry, with special emphasis on strategic communication around contentious issues. He has been recognized with several prestigious awards for research, communication, and public service, including the CAST Borlaug Award in Agricultural Communication and the NSF CAREER award. His family farms fruit, vegetables, turkeys and eggs for local markets in rural Florida. He has hosted the weekly Talking Biotech Podcast since 2015.

Areas of Expertise

Sequencing
Herbicides
Fruit crops
Florida apples
Low-chill fruit
DNA
Molecular Biology
Biotechnology
GMOs
Genetic Engineering
Genetics
Plant Breeding
RNA
Fruit trees
Dormancy
Strawberry
Pesticides
Glyphosate
Genomics

Media Appearances

How Disinformation Threatens Genetic Innovation | Kevin Folta

Center for Inquiry  online

2025-02-11

Genetic engineering has provided humanity with a cure for sickle cell disease, COVID-19 vaccines, and even how we make cheese. But those opposed to these technologies exploit social media to spread false information and break trust in genetic engineering. Today we are at a precipice where the newest technologies stand to drive incredible innovation in agriculture, medicine, and conservation. However, these technologies hinge on public acceptance. This talk was part of the exciting lineup for CSICon 2024. CSICon is the premiere conference in the US for science and skepticism.

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GMOs: Science vs People? Al Jazeera’s TechKnow features Kevin Folta, July 13

Genetic Literacy Project  online

2015-07-13

Is it Science vs. People? Is your food safe? Meet the scientists pushing boundaries and the protesters fighting back. Al Jazeera’s Cara Santa Maria, neurobiologist, interviews Kevin Folta, professor in and chairman of the Horticultural Sciences Department at the University of Florida, Gainesville

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Joe Rogan Experience #655 - Kevin Folta

The Joe Rogan Experience  online

2015-06-04

Kevin Folta is a land-grant scientist exploring ways to make better food with less input, also learning and teaching how to effectively communicate science to the public. He is also a professor in and chairman of the Horticultural Sciences Department at the University of Florida, Gainesville.

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Social

Articles

Acceptance of crop biotechnology requires a change in communication strategy

Plant Physiology

Kevin Folta

2025-05-02

The goal of this article is to illuminate the agricultural biotechnology communication chasm, how it happened, its effects, and implementable solutions.

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Vertical farming goes dynamic: optimizing resource use efficiency, product quality, and energy costs

Frontiers in Science

Kaiser, et al.

2024-09-25

In this review, we highlight the beneficial effects that dynamic growth conditions can have on key plant processes, including improvements in photosynthetic gas exchange, transpiration, organ growth, development, light interception, flowering, and product quality. Our novel findings based on modeling and experimentation demonstrate that a dynamic daily light intensity pattern that responds to frequent changes in electricity prices can save costs without reducing biomass.

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Plant Uptake of Arsenic, Cadmium, and Lead by Hemp, Mustard, and Kale Grown in Coconut Coir Substrate

HortScience

Meekins, et al.

2025-04-16

Medicinal and food crops including hemp (Cannabis sativa L.) are routinely tested for heavy metal (HM) contaminants including As, Cd, and Pb per regulatory guidelines. Heavy metals have been found in greenhouse substrates, including peat and coconut coir, and are commonly used in hemp production, which underscores the need to evaluate the risk of HM contamination of hemp from these production inputs. The objective was to quantify uptake of As, Cd, and Pb in coconut coir substrate into shoot tissue using bioassays and compare heavy metal uptake between brassicas and hemp.

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Media